Level 3

Engineering 3 — Advanced Robotics & Product Engineering

Engineering 3 is an advanced track for students who want to think like real system engineers. Students work with robotics, control, power planning, PCB and product design thinking, mechanical integration, reliability, documentation and final product-style prototypes. The course emphasizes system architecture, testing and engineering decisions rather than isolated exercises.

Course Description

Engineering 3 — Advanced Robotics & Product Engineering

Engineering 3 is an advanced track for students who want to think like real system engineers. Students work with robotics, control, power planning, PCB and product design thinking, mechanical integration, reliability, documentation and final product-style prototypes. The course emphasizes system architecture, testing and engineering decisions rather than isolated exercises.

Advantages

  • Advanced topics are connected into one complete engineering workflow.
  • Students learn reliability, testing, debugging, documentation and integration.
  • The course prepares students for robotics, embedded projects, competitions and research-style work.

What is included in the program?

  • Robotics, motors, drivers, control and feedback concepts
  • PCB, power, wiring, enclosure and product-design thinking
  • System requirements, architecture, component selection and risk planning
  • Debugging, reliability, documentation and validation workflow
  • Final advanced prototype with presentation and technical explanation

Program modules

The program is organized as a connected learning path: theoretical foundations, practical labs, prototype development, testing, and presentation.

Robotics and control

Robot/control prototype

Students connect motors, drivers, feedback, control ideas and motion behavior.

Power and hardware integration

Hardware integration plan

Students learn how power, wiring, protection and physical layout affect reliability.

PCB and product thinking

Product-style design package

Students study schematic logic, PCB concepts, enclosure planning and manufacturability.

System architecture

Approved engineering architecture

Students define requirements, modules, interfaces, risks and testing strategy.

Advanced final prototype

Product-style final demo

Students build, integrate, validate and present a more complete technical system.